If you could dig one foot per minute would it take you about six years to dig through the Earth's crust
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The answer below is way too complicated. This is very simple. The estimations I could find were that the Earth's crust is between 4-7 miles thick depending on where you dig. There are 5280 feet in a mile so it would take you anywhere from 21,120-36,960 minutes which would convert to 1476-2567 days. You can try to put that into months but that would depend on what months because all months do not have the same number of days but regardless of all that the answer to your question is no.
No. The Earth's crust is composed of continental and oceanic crust. Together, the two extend about 25 miles deep. Because there are 5280 feet in a mile, 5280 feet multiplied by 25 miles will produce the number of feet needed to dig through the Earth's crust. The 5280 x 25 is equal to 132000. Keeping that in mind, we must now calculate how many minutes are in a year. This calculation can be simplified by first translating minutes to hours, then hours to days, days to weeks, and finally weeks to years. The calculation would look as follows: 60*24*7*52= 524160. We can then check the proposition in the question by multiplying this product by 6, this will produce 3144960. Now comparing the two numbers it is evident that it will take far less than six years to dig into the Earth's crust at one foot per a minute. In fact, the calculations show that it will take less than a year, maybe just a third.
IT WOULD TAKE YOU 6 MONTHS TO DIG THE EARTHS CRUST months ......
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Imagine a planet with no magnetic field Such a planet probably does not have a
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liquid core
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Battles over the control of straits are often related to the control of
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shipping routes
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The surface of the planet is broken into several
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tectonic plates Continents
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If scientists were to watch a planet for millions of years and see no movement on the crust it might indicate that the planet has no
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convection below the crust.
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As the geology officer on an expedition to a newly discovered Earth like planet you must determine where to locate the first permanent settlement This planet has volcanoes and appears to have a crust
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a young mountain range along a continental coast.
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A civilization on a vast open plain with rich resources is likely to be
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vulnerable to attack from warring civilizations.
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As the geology officer on an expedition to a newly discovered Earthlike planet how might you determine whether the planet has a crust composed of plates that move
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As the geology officer on an expedition to a newly discovered
Earthlike planet, you might determine whether the planet has a
crust composed of plates that move by chains of volcanoes along
continental coastlines.
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Term1/19
The depth of the Earths crust compared to the rest of the Earth is comparable to the
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The Skin Of An Apple
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A civilization exists in a mountain valley for several hundred years developing its own language in isolation from nearby civilizations
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A civilization exists in a mountain valley for several hundred
years developing its own language in isolation from nearby
civilizations such a civilization probably has been
- Protected from invasions by the mountains around it.
- Isolated by mountains or some other physical barriers.
- Offered a bigger supply of national resources, like the
Aztecs.
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Term1/19
Scientist know that the moon does not have a magnetic fieldthis probably means that the moon does not have
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movement in its core.
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The shapes and forms of land have a big effect on
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~ All of the above
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When a shipping lane passes from one large body of water to another it often passes through a what
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strait
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The shapes and forms of land have had a big effect on
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all of the above.
(apex)
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Put these layers of the Earth in order starting at the outermost layer and going inward. crustmoho barriercoremantle
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Crust, Moho barrier, Mantle, Core
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Match the feature or term in column 1 to the characteristics in column 2. A.Pangaea Super ocean B.Panthalassa Supercontinent C.Himalayas Caused by continents colliding D.Magma Generated in subduct
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bb
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Where do most of the worlds earthquakes occur around
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the Ring of Fire.
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When Ninety percent of the worlds earthquakes occur around the
If you could dig one foot per minute would it take you about six years to dig through the Earth's crust
The answer below is way too complicated. This is very simple. The estimations I could find were that the Earth's crust is between 4-7 miles thick depending on where you dig. There are 5280 feet in a mile so it would take you anywhere from 21,120-36,960 minutes which would convert to 1476-2567 days. You can try to put that into months but that would depend on what months because all months do not have the same number of days but regardless of all that the answer to your question is no.
No. The Earth's crust is composed of continental and oceanic crust. Together, the two extend about 25 miles deep. Because there are 5280 feet in a mile, 5280 feet multiplied by 25 miles will produce the number of feet needed to dig through the Earth's crust. The 5280 x 25 is equal to 132000. Keeping that in mind, we must now calculate how many minutes are in a year. This calculation can be simplified by first translating minutes to hours, then hours to days, days to weeks, and finally weeks to years. The calculation would look as follows: 60*24*7*52= 524160. We can then check the proposition in the question by multiplying this product by 6, this will produce 3144960. Now comparing the two numbers it is evident that it will take far less than six years to dig into the Earth's crust at one foot per a minute. In fact, the calculations show that it will take less than a year, maybe just a third.
IT WOULD TAKE YOU 6 MONTHS TO DIG THE EARTHS CRUST months ......
Imagine a planet with no magnetic field Such a planet probably does not have a
liquid core
Battles over the control of straits are often related to the control of
shipping routes
The surface of the planet is broken into several
tectonic plates Continents
If scientists were to watch a planet for millions of years and see no movement on the crust it might indicate that the planet has no
convection below the crust.
As the geology officer on an expedition to a newly discovered Earth like planet you must determine where to locate the first permanent settlement This planet has volcanoes and appears to have a crust
a young mountain range along a continental coast.
A civilization on a vast open plain with rich resources is likely to be
vulnerable to attack from warring civilizations.
As the geology officer on an expedition to a newly discovered Earthlike planet how might you determine whether the planet has a crust composed of plates that move
As the geology officer on an expedition to a newly discovered
Earthlike planet, you might determine whether the planet has a
crust composed of plates that move by chains of volcanoes along
continental coastlines.
The depth of the Earths crust compared to the rest of the Earth is comparable to the
The Skin Of An Apple
A civilization exists in a mountain valley for several hundred years developing its own language in isolation from nearby civilizations
A civilization exists in a mountain valley for several hundred
years developing its own language in isolation from nearby
civilizations such a civilization probably has been
- Protected from invasions by the mountains around it.
- Isolated by mountains or some other physical barriers.
- Offered a bigger supply of national resources, like the
Aztecs.
Scientist know that the moon does not have a magnetic fieldthis probably means that the moon does not have
movement in its core.
The shapes and forms of land have a big effect on
~ All of the above
When a shipping lane passes from one large body of water to another it often passes through a what
strait
The shapes and forms of land have had a big effect on
all of the above.
(apex)
Put these layers of the Earth in order starting at the outermost layer and going inward. crustmoho barriercoremantle
Crust, Moho barrier, Mantle, Core
Match the feature or term in column 1 to the characteristics in column 2. A.Pangaea Super ocean B.Panthalassa Supercontinent C.Himalayas Caused by continents colliding D.Magma Generated in subduct
bb
Where do most of the worlds earthquakes occur around
the Ring of Fire.
When Ninety percent of the worlds earthquakes occur around the